Method of generating uniform and independent random numbers
A random number, uniform technology, applied in the direction of random number generator, electrical digital data processing, digital data processing parts, etc.
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[0044] Detailed description of the first invention
[0045] To avoid ambiguity in this specification, multiply the sequence {n,nz,nz 2 ,···} is considered to be an infinite sequence at first, and there is no equality relation modulo d. The corresponding random numbers are regenerated as:
[0046] v 1 =r 0 / d, r 0 =n, 10
[0047] v k =r k-1 / d, r k ≡nz k mod(d), 1k
[0048] We start with a second-degree spectral test, taking consecutive 2-tuples in the generated sequence. Define the vector Q k :=(nz k-1 , nz k )=nz k-1 (1,z). Let Q k ' denotes an arbitrary integer vector with a value equal to Q k The coordinates of these results modulo d. Understand that Q k ' is obtained from the vector Q by translating along the coordinate axis by some integer multiple of d k get. Along the second axis, d is translated by adding the vector e 2 :=(0, d) to take effect. A d translation along the first axis is achieved by adding e 1 ':=d(1,z)-z(0,d)=d(...
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